EV Battery Pack Simulation in SimScape: Thermal Management

About this course

This course teaches EV battery simulation in Simscape using a practical, project-based workflow. You will build battery cell, module, and pack models, then extend them with electro-thermal behavior, cooling loops, drive profiles, and PI control to analyze full battery system performance.What You Will LearnBuild EV battery cell, module, and pack models in SimscapeSimulate electro-thermal battery behavior using multi-domain modelingCreate a 12S2P battery module and extend it to a pack-level modelModel cooling loops and thermal management for battery systemsApply drive/load profiles and analyze battery performanceImplement PI control for battery cooling system behaviorOrganize parameters and reusable components for scalable modelsCourse HighlightsProject-based EV battery simulation workflow in SimscapeProgressive model development from single cell to battery packIntegrated electrical, thermal, and hydraulic system modelingBattery cooling loop and thermal management implementationLoad profile simulation for battery performance analysisReusable parameter structure for scalable Simscape modelsWhy This Course ExistsMany Simscape courses focus on isolated components or simple examples. This course focuses on a complete EV battery pack simulation workflow, showing how cell models, thermal effects, cooling systems, drive profiles, and control logic connect inside one system-level model.The goal is to help you build practical Simscape skills for battery system modeling, thermal management, and multi-domain simulation workflows used in automotive and energy storage applications.

Course objectives

• Develop practical Simscape skills for battery system modeling
• Understand the integration of electrical, thermal, and hydraulic systems
• Gain expertise in simulating full battery system performance